Portable System
Integrated Online Monitoring
Material Testing Machine
Vibration Sensor
Integrated Online Monitoring
Portable System
Adhesive Testing
Boxes & Cartons
Composite Films
Films & Foils
Label
Alat Industri Sipil
Engine Industries
Food & Beverage Industries
Pharmacy Industries
Paper Industries
Plastic Industries
Power Industries
Automotive Industries
Electronic Industries
Packaging Industries
Manufacture Industries
Rubber Industries
Oil and Gas Industries
Printing Testing Equipment
Jasa Kalibrasi Alat dan Mesin Jakarta
NDT Portable System
NDT Online Monitoring
Weather Station
Data & Logger By Application
Data & Logger By Performence
Data & Logger By HOBO
Sensor Suhu
Sensor Jarak
Sensor Kecepatan
Sensor Tekanan
Gaya Puntir
Gaya Tekan
Sensor Posisi
Sensor Optik
Sensor Khusus
Sensor Warna
Unit Pemrosesan Sinyal
Pengukuran 2D/3D
Sensor Ketebalan
Sistem Inspeksi
Fully automated, robot-based painting of complex parts with ATENSOR LS1 technology
Robot programmes are created offline for parts that need to be painted. In the process, the parts fixed to hangers are identified by automationCONTROL LPS 8005.T, and their position is determined. The corresponding robot programme is then called up and the component's position and orientation are automatically adjusted. Finally, the modified programme is run by the painting robot.
Benefits:
- Individual robotic painting for objects on the hanger
- Objects are detected automatically and correctly processed
- Processing quality in every position is optimised by specialists
- For new components, painting by robots with standard parameters is possible
Material parameters:
- Object sizes from 0.1 m to 10 m
- Optimised cycle times by means of special algorithms
- Other applications supported: cleaning, sand-blasting
*ATENSOR LS1 technology = robotic process automation for products with a high number of versions, which makes manual robot programming impossible. With the ATENSOR-LS1 (LS1 = lot size 1), robot programmes are dynamically generated on the basis of measurements. The programmes are then loaded and run in the robot memory.
